The application of plasma treatment on transparent PMMA substrates has shown an effect of reducing surface reflection. This effect is based on a refractive index gradient created by a combination of chemical decomposition and physical etching on the polymer surface. A stochastic nanostructure was found by means of AFM and SEM. Conditions for the plasma treatment process and properties of the modified PMMA surfaces have been discussed
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
Self-organized nanostructures can be created on polymer substrates by applying a plasma or ion treat...
The plasma etching process was originally developed to produce antireflective (AR) nanostructures on...
Stochastic, self-organized nanostructures are produced by a low-pressure plasma treatment on the pol...
Self-organized nanostructures that provide antireflection properties grow on PMMA caused by plasma i...
Plasma treatments are capable to generate antireflective surface structures on various polymers. On ...
Antireflection (AR) properties are required for optical surfaces to avoid disturbing reflections as ...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
A new technology based on plasma etching has been developed to produce antireflective surface struct...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
High transparent thermoplastics have the capability to put glass out of business, especially in ever...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
Optical surfaces with antireflective structures show excellent optical properties for a wide range o...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
Self-organized nanostructures can be created on polymer substrates by applying a plasma or ion treat...
The plasma etching process was originally developed to produce antireflective (AR) nanostructures on...
Stochastic, self-organized nanostructures are produced by a low-pressure plasma treatment on the pol...
Self-organized nanostructures that provide antireflection properties grow on PMMA caused by plasma i...
Plasma treatments are capable to generate antireflective surface structures on various polymers. On ...
Antireflection (AR) properties are required for optical surfaces to avoid disturbing reflections as ...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
A new technology based on plasma etching has been developed to produce antireflective surface struct...
When PMMA is exposed to plasma, a stochastic surface morphology forms under certain conditions. The ...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
High transparent thermoplastics have the capability to put glass out of business, especially in ever...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
Optical surfaces with antireflective structures show excellent optical properties for a wide range o...
Plasma processing induces roughening of polymers at the nanoscale, and forces one to abandon the ide...
Self-organized nanostructures can be created on polymer substrates by applying a plasma or ion treat...
The plasma etching process was originally developed to produce antireflective (AR) nanostructures on...